ReValver 4.160830 WiN

j0hnSm1th | 12.11.2017 | Build 7558 (x86), 7559 (x64)| 266.2 MB

x86 x64 STANDALONE VST

Introducing Peavey ReValver® 4: Redesigned from the ground up, ReValver 4 — the latest version of Peavey’s award-winning ReValver modeling software — contains revolutionary amp modeling capabilities that capture the true characteristics of real tube amplifiers. Running Stand Alone or as an AAX/VST or AU plug-in on Mac or PC, ReValver is renowned for its industry-leading amp modeling accuracy which is achieved by modeling an amplifier down to the component level. Now Peavey has updated and improved the modeling engine in ReValver 4, taking amp modeling to a whole new level of realistic tone-shaping possibilities. ReValver 4 also incorporates a GUI and UX redesign and the ability to run on a Windows® tablet, plus other high-level features including GIG mode, ACT™ (Audio Cloning Technology) and RIR 2 cabinet modeling.

T-RackS 5 v5.0.0 R2 Complete WiN

Team R2R | 04 Nov 2017 | 944.0 MB | KGN FIXED: 619 KBS

PLATFORM : WiN64 – EXE/VST/VST3/AAX

World-class mixing and mastering plug-ins on demand

Close your eyes and picture a store full of cool, powerful processing gear including compressors, limiters, reverbs, de-essers, multiband processors, and a shelf full of vintage, legendary gear emulations. In short, a dream store for recording musicians, engineers and producers.

Maize Sampler 2 v2.42 WiN MAC

Team R2R | 05.11.2017 | WiN: 9.2 MB | OSX: 7.4 MB

Have you ever dreamed publishing your samples as a VST and Audio Unit virtual instrument? With Maize Sampler 2, this is easy and affordable. In minutes, your instruments will be ready to be used by musicians all over the world. Maize Sampler 2 is a cross-platform tool for sound developers to create sample-based virtual instruments.

EQ84 v1.2.2 WiN MAC

Team R2R | 03 Nov 2017 | 517.8 MB

(Win32/64; AU, AAX*, VST3, VST.)

EQ84 is the simulation of one of the most renowned Discrete Class A British EQ, used in countless hits from the ‘70s to nowadays. All the components of the original circuit have been modeled, including the rich harmonics and saturations that naturally occur when the equalizer is operating.